Linked from

The 16 pages that link to Hexavalent chromium, each with the reason it gives.

• ElectroplatingRelated: Certain chromium-plating processes involve highly hazardous hexavalent chromium compounds.

• ChromiumBroader topic: This highly toxic form creates major risks in some chromium processing and plating operations.

• DichromateNarrower topic: Dichromate is one member of this hazardous chemical class.

• Chromium trioxideNarrower topic: Chromium trioxide’s oxidizing power comes from chromium in this high oxidation state.

• Chromic acidNarrower topic: Chromic acid belongs to this hazardous oxidation-state family.

• ChromiteRelated: Industrial processing can convert chromium from chromite into hazardous chromium(VI).

• Potassium dichromateNarrower topic: Potassium dichromate’s oxidizing power and hazards stem from its chromium(VI).

• Sodium dichromateNarrower topic: Sodium dichromate releases soluble chromium(VI), the source of its principal toxicological risks.

• Chrome yellowRelated: Chromate contains chromium in this toxic oxidation state.

• Chromium platingRelated: Conventional plating baths can contain this highly hazardous chromium form.

• Sodium chromateNarrower topic: Sodium chromate belongs to this hazardous group and can release its soluble chromium(VI) ions.

• CrocoiteRelated: Crocoite contains chromium in this oxidation state as chromate.

• Lead(II) chromateNarrower topic: Chromate contains chromium(VI), the oxidation state central to its major chemical hazard.

• Potassium chromateNarrower topic: Potassium chromate’s toxicological and redox properties stem from this oxidation state.

• Ammonium dichromateNarrower topic: The dichromate ion contains chromium(VI), which drives the salt’s major health risks.

• Chromate and dichromateNarrower topic: Both ions contain chromium in this oxidation state.